European XFEL Installed New Physics Instrument Components
The facility added 500 meters of vacuum tubes to expand its high-energy experimental capacity.
Updated on Sept. 30, 2026 in Physics
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The European XFEL has completed the installation of 500 meters of steel vacuum tubes for a new High Energy X-ray Scattering instrument. This expansion will connect to the facility's existing SASE2 undulator light source.
Why it matters
The new instrument will allow researchers to conduct experiments in parallel under extreme pressures and energetic X-ray conditions. The facility provides access to these scientific instruments free of charge to the global community.
The installation involved 500 meters of steel vacuum tubes located in an underground tunnel. The system uses a silicon mirror to shift X-ray beams between the new instrument and existing experimental setups.
The players
European XFEL
This is a world-leading research facility that generates intense X-ray flashes for scientific investigation.
The details
The addition of the High Energy X-ray Scattering instrument aims to increase the research capacity at the European XFEL by enabling simultaneous experiments. Scientists will utilize the facility to perform complex studies once the integration is fully complete.
Timeline
Early 2026: Silicon mirror installation is scheduled.
Early 2027: The instrument is expected to be ready for the first X-ray laser beam.
2029: Scientists will be able to propose research projects.
Deeper Dive
This instrument expansion evolves the operational capacity of the European XFEL SASE2 undulator light source. It marks a shift toward higher throughput research by enabling parallel experimentation at the facility.
The instrument will eventually offer researchers the ability to conduct experiments under extreme pressure conditions once it becomes operational. This will likely lead to future advancements in material science and high-energy physics research applications.
The takeaway
The addition of this instrument reflects a broader trend of expanding large-scale physics facilities to support more simultaneous user research. Scientists interested in these high-energy experiments should prepare proposals for the upcoming 2029 research cycle.
Further reading
Learn more about the latest developments in Physics.
More information
View the European XFEL news and project details for further technical specifications.
Source note: This article includes information reported by Informationdienst Wissenschaft e.V. - idw.
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